Maine Public Utilities Commission v. Federal Energy Regulatory Commission

625 F.3d 754, 520 F.3d 464, 380 U.S. App. D.C. 257, 2008 U.S. App. LEXIS 6465
CourtCourt of Appeals for the D.C. Circuit
DecidedMarch 28, 2008
Docket06-1403, 06-1427, 07-1193
StatusPublished
Cited by1 cases

This text of 625 F.3d 754 (Maine Public Utilities Commission v. Federal Energy Regulatory Commission) is published on Counsel Stack Legal Research, covering Court of Appeals for the D.C. Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Maine Public Utilities Commission v. Federal Energy Regulatory Commission, 625 F.3d 754, 520 F.3d 464, 380 U.S. App. D.C. 257, 2008 U.S. App. LEXIS 6465 (D.C. Cir. 2008).

Opinion

PER CURIAM:

The consolidated petitions for review challenge FERC’s approval of a comprehensive settlement that redesigned New England’s capacity market. The Maine Public Utilities Commission and the Attorneys General of Connecticut and Massachusetts assert that FERC’s approval of the settlement was arbitrary and capricious, contrary to law, and beyond the Commission’s jurisdiction. We reject most of these arguments, but we agree with the petitioners that the Commission has unlawfully deprived non-settling parties of their rights under the Federal Power Act.

I.

In a “capacity” market — as opposed to a wholesale electricity market — “the [transmission provider] compensates the generator for the option of buying a specified quantity of power irrespective of whether it ultimately buys the electricity.” 1 Keyspan-Ravenswood, LLC v. FERC, 474 F.3d 804, 806 (D.C.Cir.2007). In order to maintain the reliability of the grid, transmission providers generally purchase more capacity than is necessary to meet their customers’ demand for electricity. This ensures that the transmission providers are able to respond adequately to unexpected fluctuations in demand.

For many years, New England’s capad-, ty market has been rife with problems. As the Commission explained in 2003, “existing generators needed for reliability are not earning sufficient revenues (and are in fact losing money), and [ ] additional infrastructure is needed soon to avoid violations of reliability criteria.” Devon Power LLC, 115 FERC ¶ 61,340 at 62,315 (2006). In other words, the supply of capacity was barely sufficient to meet the region’s demand.

FERC, the generators, the transmission providers, and the power customers have made several attempts to address these issues. In 2003, a group of generators sought to enter into “Reliability MusbRun” agreements with the New England Independent System Operator (“ISO”), *261 which operates the transmission system in New England. 2 Under a Must-Run agreement, a financially-troubled generator in an area with supply shortages may recover up to its full cost-of-service in order to remain in operation. Those agreements have several important drawbacks. As FERC explained:

[Must-Run] contracts suppress market-clearing prices, increase uplift payments, and make it difficult for new generators to profitably enter the market.... [Expensive generators under [Must-Run] contracts receive greater revenues than new entrants, who would receive lower revenues from the suppressed spot market price. In short, extensive use of [those] contracts undermines efficient market performance.

Devon Power LLC, 103 FERC ¶ 61,082 at 61,270 (2003). For these reasons, FERC accepted the Mush-Run agreements filed by the New England generators, but only allowed these generators to recover certain maintenance costs, not them full cost-of-service. Id. at 61,270-71.

In its orders addressing the Must-Run agreements, the Commission simultaneously directed the ISO to develop a new market mechanism that would include a location requirement. Id. at 61,271. In a locational market, prices are set separately for various geographical sub-regions. Thus, prices would be highest in the regions with the most severe capacity shortages, which would encourage new entry.

In response to FERC’s directive, the ISO proposed a locational capacity market structure in March 2004. This proposed market mechanism included four sub-regions, each of which would have a monthly auction for capacity. The auctions would be based on an “administratively-determined demand curve” that would establish the price and quantity of capacity that must be procured within each sub-region. 3 Devon Power LLC, 107 FERC ¶ 61,240 at 62,022 (2004). FERC commended the ISO for adopting a locational pricing mechanism that took account of transmission constraints between different subregions within New England. Id. at 62,028. However, the demand curve proposed by the ISO was extremely controversial — numerous parties submitted comments and testimony regarding the proper height and slope of the curve. Id. at 62,031. FERC *262 set the matter for hearing before an Administrative Law Judge (“ALJ”).

In June 2005, the ALJ issued a 177-page order that largely accepted the ISO’s proposed demand curve. Devon Power LLC, 111 FERC ¶ 68,063 (2005). Several parties filed exceptions to this decision, arguing that the ALJ wrongfully excluded evidence and failed to respond to comments about flaws in the ISO’s demand curve. On September 20, 2005, the full Commission held an all-day oral argument on the locational market structure and the proposed demand curve. FERC subsequently established settlement procedures to allow the parties to develop a new market mechanism.

After four months of negotiations involving 115 parties, a settlement was reached. As FERC has repeatedly reminded us, only eight of these parties opposed the final settlement. 115 FERC at 62,306. The key feature of the settlement agreement is, the Forward Capacity Market, which would replace the ISO’s earlier proposal and eliminate the need for the controversial demand curve. Under the Forward Market, there will be annual auctions for capacity, which will be held three years-in advance of when the capacity is needed. Id. The settling parties determined that a three-year lead time will “provide for a planning period for new entry and allow potential new capacity to compete in the auctions.” Id. Each transmission provider will be required to purchase enough capacity to satisfy its “installed capacity requirement,” which is the minimum level of capacity that is necessary to maintain reliability on the grid. Id. at 62,307. As FERC requested, the Forward Market also includes a locational component — the annual auctions will be held in different “capacity zones” based on transmission constraints between the various sub-regions within New England. Id.

The most contentious issue regarding the Forward Market is the set of “transition payments” that will be required from December 1, 2006 until June 1, 2010. As explained above, the Forward Market provides for a three-year lead time in the capacity auctions, in order to allow new entrants to bid in the auctions. However, this leaves a three-year gap between the first auction and the time when the capacity procured in this auction will be provided. The parties addressed this issue by negotiating a series of fixed payments that will be paid to generators during the transition period. 115 FERC at 62,308. The agreement also provides that challenges to the transition payments and the final Forward Market auction clearing prices — regardless of whether the challenge is brought by a settling party, a non-settling party, or the Commission — will be adjudicated under the highly-deferential “public interest” standard rather than the usual “just and reasonable” standard. Id. at 62,332-33.

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625 F.3d 754, 520 F.3d 464, 380 U.S. App. D.C. 257, 2008 U.S. App. LEXIS 6465, Counsel Stack Legal Research, https://law.counselstack.com/opinion/maine-public-utilities-commission-v-federal-energy-regulatory-commission-cadc-2008.